Grants and Contributions

Through this 15-month systemic change project, The Courage to Act Foundation will scale “At the Root: A Systems Change Approach to Addressing Sexual Harassment in STEM-focused Experiential Learning” to advance the economic security and prosperity of women and gender-diverse individuals. It will address the urgent but oft-ignored issue of sexual harassment in experiential learning, particularly within STEM contexts. To accomplish this, the project will engage in focused resource creation, education and training, network building, and advocacy. It will scale a successful national research-to-action initiative at three levels: adapting national resources on responding to sexual harassment in experiential learning to address specific needs for STEM-focused programs; expanding learning labs for post-secondary staff and administrators across six provinces; and, tailoring educational activities to advocate for policy and legislative changes that were identified in national research.

This project aims to improve the capacity of United Nations peacekeepers through large-scale e-learning programs. These self-paced e-learning courses are delivered online at regional and national peacekeeping training centers before and during deployments and directly to individual peacekeepers within Africa, the Caribbean, Latin America and South Asia.

The CSA, will house, deliver and track the effectiveness of its SAR training, benefiting the SAR community with insight into pilot knowledge levels and learning behaviours. At the same time, recreational pilots will gain new and engaging learning experiences, customizable for in-person meetings, on-demand training, and live virtual events.

Develop digital adoption plan

ReThink Milling is developing an energy efficient grinding machine. A fifty (50) Metric ton (tonne) per hour prototype has been tested at Proof of Concept.

As part of the international consortium project “MediFEMTO: Advanced 3D fs Laser Surface Treatment for Orthopedic Prostheses", this project will focus on *

Orthopedic advances aim to improve outcomes and reduce rejection rates. A machine integrates 5 mechanical axes with 3 optical ones for 3D surface treatment, minimizing bacterial attachment on prostheses.

The traditional translation effort TODAY in medium to large enterprises is very expensive and error prone. Traditional machine translation tools can be leveraged to generate a starting point, but they are not yet reliable, and lack an industry, brand, or contextual focus, and still require large teams of translation experts (industry-familiar, native speakers).